@@ -38,15 +38,15 @@ the constraints are currently silently ignored.
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The [ ` ContinuousLinearConstraint ` ] ( baybe.constraints.continuous.ContinuousLinearConstraint )
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is used to model linear relationship between between continuous parameters.
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- BayBE support two different kinds of continuous linear constraints:
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+ BayBE supports two different kinds of continuous linear constraints:
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1 . ** Intrapoint constraints:** These constraints model the relationship between the parameters
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within (* intra-* ) individual experiments (* -points* ) and are what people typically think of when
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simply speaking about "constraints". For that reason, a ` ContinuousLinearConstraint ` is
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interpreted as an intrapoint constraint if not explicitly declared otherwise.
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2 . ** Interpoint constraints:** These constraints model the relationship of different experiments
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across the whole batch (* inter-* ) of exeriments (* -points* ).
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- #### Intrapoint constraints
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+ #### Intrapoint Constraints
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When not explicitly declaring it an interpoint constraint, the
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[ ` ContinuousLinearConstraint ` ] ( baybe.constraints.continuous.ContinuousLinearConstraint )
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asserts that the following kind of equations are true (up to numerical rounding errors):
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They can be defined by using the ` interpoint ` argument of the
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[ ` ContinuousLinearConstraint ` ] ( baybe.constraints.continuous.ContinuousLinearConstraint )
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class.
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-
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A possible relevant constraint might be that only 100ml of a given solvent are available for
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a full batch.
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@@ -124,7 +123,7 @@ ContinuousLinearConstraint(
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)
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```
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- ``` {admonition} Limited scope
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+ ``` {admonition} Limited Scope
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:class: warning
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There are some limitations regarding the use of interpoint constraints that you need
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to be aware of:
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